Challenge

Week 12 - Project-1

AIM:

To create a mesh on the given side door component and assign thickness

PROCEDURE:

Import the given side door component in the hypermesh.
Find the geometry error in the side door compoent.
Geometry cleanup the parts which have the error by using cleanup tools.
Then extract the midsurface component by using offset option because of auto midsurface option give more error.
During manual midsurface, some parts are not connected ell for that using the extend option in the surface edit panel.
Remove or toggle the unwanted line that affect the mesh flow.
Meshing the given side door component and reduce the trias to make proper flow on the component.
After meshing, check the quality parameter on the side door component based on given parameter value.
Then assigning thickness to the meshed component based on the each part thickness.

STEP 1: IMPORT THE GIVEN MODEL

CAD MODEL IMAGE :

STEP 2: GEOMETRY CLEANUP TOOLS

This option is used for geometry cleanup the given component.

STEP 3: AUTO MIDSURFACE

Geometry cleanup the given back wheel panel body by using this option for toggle lines and filling surfaces etc.It will also used

after midsurface the component because some error created during midsurface.

STEP 4: MANUAL MIDSURAFCE & EXTEND OPTION

This option is used for manual midsurface.For this component auto midsurface contain many errors so i use offset option to

extract the midsurface for the given component. manual midsurface option not connecting the component well for that using

the extend option.

STEP 5: CHECK QUALITY PARAMETER OPTION

This option is used to check the quality parameter of the meshed side door component based on the values of side door

component are within the given parameter value.

STEP 6: CLEANUP TOOLS

2D > QUALITY INDEX > CLEANUP TOOL

After meshing the given component used this option to reduce trias and make the proper flow on the mesh.

2d > edit element

STEP 7: ASSIGN THICKNESS

After completed meshing, assigining thickness to given component based on the each part.

RESULT:

Meshing the given component with the proper mesh flow and assiging the thickness to the given component are completed.

Ship work like this
in your own course.